Vans Vans Sk8 Hi Mte QB1 Pewter Asphalt grey

Vans Sk8-Hi MTE QB1 Pewter/Asphalt - insulated, high-top women's sneakers, perfect for colder days.

Short description:

An insulated version of the iconic Sk8-Hi model, combining classic skate design with practical solutions for the fall and winter season. A solid suede upper, soft artificial fur inside and ScotchGard technology provide comfort, warmth and additional protection against moisture.

The most important features:

- Upper: durable suede

- Lining: soft, warm faux fur

- Protection: ScotchGard technology (water and oil resistance, easier cleaning)

- Sole: abrasion- and slip-resistant rubber

- Clasp: classic lacing; loop on the heel for easy putting on

- Height: high (Sk8-Hi model)

- Color: Pewter/Asphalt (gray)

- Model: SK8-HI MTE QB1, Product code: VN0A33TXUQB1M

Why is it worth:

- Comfort and warmth: internal insulation makes the shoes suitable for wearing on colder days without sacrificing style.

- Protection and comfort: ScotchGard increases the upper's resistance to dirt and moisture, and the durable rubber sole provides good traction.

- Iconic design: retains the iconic Vans elements of a high cut, side wave and a minimalist silhouette for easy styling.

Styles:

- For everyday wear with high-waisted jeans and a down jacket.

- With a maxi dress and thick tights for an urban, contrasting look.

- For casual trousers and layered tops - great for walking and weekend outings.

Care:

- Remove excess dirt with a soft brush.

- Use special suede care products for suede; avoid long-term soaking.

- ScotchGard makes cleaning easier, but regular impregnation will extend the protection.

Technical data (selected):

- Gender: women

- Outer material: suede (other)

- Inner material: artificial fur

- Insole material: fabric

- Sole material: rubber

- Heel/platform height: ~2.0 cm

- Nose: round

- Closure: lace-up

- Collection: KeeShoes

- Original packaging: box

The perfect model for people looking for a combination of the classic Vans look with additional functional properties for colder and humid days.